1950s generic car Low-poly 3D model

cgtrader

Inspired by the vibrant spirit of the 1950s era and its iconic cars, this creation brings together original concept ideas with research findings from across the web. The package includes a variety of digital files to get you started: * A native .blend file that houses the full 3D model along with separate .obj and .fbx versions for convenience * An ID maps folder containing material-specific identifiers to ensure smooth texturing and rendering * A textures folder packed with pbr maps in a 7z archive, allowing you to adjust colors and hues to match your project's requirements Breaking down the model structure into individual components is key: * All objects are carefully linked together under a central control point for seamless animation. * Every object has its pivot point set at the object's center to ensure stability during motion capture. * Object names like "Car Body", "Door Left" and others make it easy to organize and understand each element of the car model. Key features in the 3D mesh structure include: * The entire model is composed entirely of quads for precise, clean-looking renders. Minimal use of triangles in engine parts maintains crisp lines without overwhelming polygons. * Support loops throughout the model ensure a high level of subdivisibility, even after adding detail. * Polycounts are incredibly detailed and highly adjustable, with 18352 faces in Exterior material, 23929 for Engine (which combines both quads and tris) and 14505 in Interior. Regarding model materials: * Three different pbr materials come included - "Exterior", "Interior" and "Engine". * Each material has five essential texture maps that provide a detailed level of control over each car's design, except for Engine which includes only metalness map to keep polycounts down. UV unwrapping and the final model structure are done manually, resulting in perfect UV placement with no overlapping values: This highly realistic model offers versatile usage opportunities including 3D game implementation, Virtual Reality scenarios or pbr rendering engines like Eevee. Because each piece is perfectly separated, users can even make high-resolution close-up shots without the need for extra poly details. As with any model project of this complexity and potential size in data size; consider this critical note: removing all duplicates should be done carefully as they may retain subdivisability by allowing for different variations or details. If joining objects altogether then make sure that these settings stay active during each object merge for successful subdivisability at runtime, also take into account which model versions support the required functionality. Keep in mind, your desired rendering results might vary based on specific tools being used like Cycles, but they should not impact model behavior since Blender's features and capabilities offer a variety of outputs depending on different options. If there's any information you require that is not found here then simply just send us an inquiry to assist with the problem or answer.